3386X-1-101LF

Trimmer potentiometers are electronic components with a sliding contact, or wiper, that can continuously vary resistance, voltage or current, depending on the model. The 3386X-1-101LF is a trimmer potentiometer manufactured by Bourns, Inc., and it is used to adjust voltage or current flow in a variety of electronic circuits.

This trimmer features a rotary design, making it suitable for precise fine tuning or adjusting of the variable parameters. It has a total resistance range of 2.5 ohms, making it well-suited for a wide range of applications. This component provides a very low temperature coefficient of resistance, and has excellent linearity and stability for a wide temperature range.

The 3386X-1-101LF is designed with a full housed body and is built on a heat- conductor base material that ensures its long-term stability and reliability. It is also designed with a low insertion force, making it an ideal choice for high density mounting. The trimmer features a low mechanical hysteresis, which ensures its smooth and accurate operation.

This potentiometer is suitable for a wide range of application fields due to its low temperature coefficient, excellent linearity and stability. These include automobile audio systems, HVACs, medical electronics, instrumentation, optical systems, audio systems, linear motors, and robotics and many others.

The 3386X-1-101LF has a working principle similar to other conventional trimmer potentiometers. It consists of a thin wiper moving along a resistance track that is made up of semiconductor material. The wiper is designed to have a low contact resistance, low static friction, and low hysteresis. As the wiper is moved along the track, the resistance will vary accordingly. This will result in a change in the voltage or current flowing through the circuit, allowing the user to adjust the parameters precisely and accurately.

The 3386X-1-101LF is a high-precision trimmer potentiometer, ideal for use in a variety of application fields, thanks to its excellent features and capabilities. Its low insertion force and low mechanical hysteresis makes it a great choice for high-density mounting. Furthermore, its high stability, wide temperature range, and low temperature coefficient of resistance ensures its long-term performance and reliability.